1. Structure and Features:

+ Guarantee reliable and stable dew point(-40°C- -95°C)

+ The newest digital operation taking into account of manager’s convenience(option)

+ Apply moving valve that has superior durability and thermal resistance

+ Cost reduction of operation by dew point operation (PPD-2)(option)

+ Epoch-making cast reduction by PPR-System(option)

2. Typica Design Condition:

Entrance air pressure: 7.0kg/cm²(SID) 10-50kg/m²(OPN)

Entrance air temperature: max 40°C

Exit guaranteed dew point: - 40°C(SID) -75°C(OPN)

Operating cycle: 8hrs/cycle

3. Drying and Operation Principle:

Compressed air heaved in air compressor passes through adsorption fower adsorbent is filled within regulated velocity and contact time through 3 - Way Shuttle Valve(2-Way Valve in case of high=capacity) that is the entrance valve of an air dryer and provides compressed air of required dew point(generally -40°C=75°C).

The standard of drying and regenerating cycle is progressed for 8 houses. When one adsorption tower(A) is drying, the other adsorption fower(B) decompresses a part of the exit side dried air through the reducing valve and office. And heats this and then regenerates completely removing water of adsorbent adsorbed prior cyle

The merit of GHP -Series air dryer is that control system can be installed optionally to reduce regenerated air by conditions of the entrance in daft side compressed air as it can and it is applied would because it con expect office efficient energy reduction

4. Compensation factor of the entrance pressure 

                                                                 
5. GHP - Series Flow schematic 

                                                                 
6. Specifications